RE: Quantum tunnelling for space travel...
November 20, 2016 at 11:08 pm
(This post was last modified: November 20, 2016 at 11:08 pm by Autumnlicious.)
The scales are wrong for larger particles in a construct that must have its shape preserved as-is.
We could try tunneling your body through a wall, but a near insignificant fraction would get through and it would be a disorganized mass.
You'll have more luck with a man-sized blender set to "Frappe".
Scientifically:
You can tunnel on a single particle basis. The larger the particle, the less likely it gets through.
Tunneling probability quickly approaches zero when mass increases and/or at large length scales.
We could try tunneling your body through a wall, but a near insignificant fraction would get through and it would be a disorganized mass.
You'll have more luck with a man-sized blender set to "Frappe".
Scientifically:
You can tunnel on a single particle basis. The larger the particle, the less likely it gets through.
Tunneling probability quickly approaches zero when mass increases and/or at large length scales.
Slave to the Patriarchy no more
